River corridors play a crucial environmental, economic, and societal role yet also represent
one of the world's most dangerous natural hazards, making monitoring imperative to …

Riparian zones are dynamic ecosystems that form at the interface between the aquatic and
terrestrial components of a landscape. They are shaped by complex interactions between …

Modelling river temperature at the catchment scale is needed to understand how aquatic
communities may adapt to current and projected climate change. In small and medium …

Rising water temperature (Tw) due to anthropogenic climate change may have serious
consequences for river ecosystems. Conservation and/or expansion of riparian shade could …

The established position and increasing availability of Airborne Laser Scanning (ALS) as an
important source of information including forest inventory, allows additional applications to …

In the context of global warming, it is important to understand the drivers controlling river
temperature in order to mitigate temperature increases. A modeling approach can be useful …

Airborne laser scanning (ALS) has emerged as a technology capable of generating
descriptors of vegetation structure and best available terrain information. Research and …

Uncertainty in capturing the effects of riparian tree shade for assessment of algal growth
rates and water temperature hinders the predictive capability of models applied for river …

Light is a primary constraint on primary production and drives many ecological processes in
stream ecosystems, yet light regimes have received considerably less attention than other …

Riparian zones are central landscape features providing several ecosystem services and
are exceptionally rich in biodiversity. Despite their relatively low area coverage, riparian …